Watson School of Engineering and Applied Science

Published on Mar 3, 2014 With an innovative curriculum and real-world approach, the Watson School at Binghamton University prepares engineering and computer science students to embrace new challenges and create the future.

We offer bachelor's, master's and doctoral programs in eight fields of study, ranging from bioengineering to computer science to mechanical engineering. For students in all programs, the Watson School experience is characterized by a special blend of creative thinking, professional opportunities and a focus on finding solutions to real-world problems. 

http://www.binghamton.edu
http://www.binghamton.edu/watson/

Video by Ryan G. Schultz

When Ron Miles was young, he would go with his mother to fabric stores, where he spent hours wandering aisles flanked by bolts of cloth. But it wasn't the endless satins, tulles and twills that drove him crazy: it was the sound — rather, the lack of sound. "I hate fabric stores; the sounds just get sucked up in the bolts of fabric," says Miles, distinguished professor of mechanical engineering and associate dean of research in the Thomas J. Watson School of Engineering and Applied Science. Yet, his new one-of-a-kind laboratory is among the quietest places on the planet. "It is way beyond the sound of a fabric store," he chuckles. "But I do like this." Read the full story here: http://www.binghamton.edu/magazine/in... http://www.binghamton.edu Video by Ryan G. Schultz

 Dr. Twigg's research group works in the broad area of analog and mixed-signal VLSI with an emphasis on reconfigurable and programmable IC design.  Current research involves large-scale field-programmable analog arrays (FPAAs), rank modulation flash memories, capacitively coupled microphone interfaces and feedback controllers, and genetic algorithm-based analog system synthesis.